U.N. endorses Equal Earth map to correct centuries-old geographic distortion of Africa

On Friday, the United Nations General Assembly voted to endorse a different way of drawing the world. The Equal Earth projection, a map that shows continents in their actual proportions, received backing from 164 member states. Only the United States opposed it. Six others—Serbia, Estonia, Georgia, Lithuania, Moldova, and Ukraine—abstained. The resolution, sponsored by Togo and supported by members of the African Union, does not mandate that anyone stop using the old map. It simply encourages governments and institutions worldwide to consider switching.

For nearly five centuries, the Mercator projection has dominated how we see the planet. A Flemish cartographer named Gerardus Mercator designed it in the 16th century to help European sailors navigate the seas. The map worked well for that narrow purpose. But it came with a profound distortion: it enlarged landmasses near the poles—Greenland, North America—while shrinking those near the equator. On a Mercator map, Greenland and Africa appear roughly the same size. In reality, Africa is fourteen times larger. South America, too, has been systematically undersized.

The Equal Earth projection, developed in 2018, follows the curve of the Earth itself and renders continents according to their true area. When you look at it, Africa is suddenly massive—which it actually is. The difference is not subtle. It is the difference between a continent appearing as a modest landmass and appearing as the enormous geographic and human reality it represents.

Togo's Foreign Minister Robert Dussey framed the vote in terms that went beyond cartography. "Maps shape our understanding of the world," he said. "They guide education, nourish the imagination, and influence collective perceptions." That observation carries weight. Children learn geography from maps. Newsrooms use them to frame stories. Businesses reference them when making decisions about markets and resources. A map that systematically diminishes a continent's apparent size does something quiet but persistent: it shapes how people think about that place.

Africa No Filter, one of the organizations that led the campaign for adoption, emphasized the practical stakes. "We want to see accurate maps in schools, textbooks, newsrooms, businesses and on the digital platforms billions of people use every day," the group said. The campaign was not abstract. It was about where maps appear and who sees them.

France's Foreign Minister Jean-Noël Barrot offered a characteristically precise observation after the vote. "Changing the map obviously doesn't change the world," he said. "But correcting a representation that distorts it is already an act of truth." He was acknowledging something important: this is not magic. Adopting a more accurate map will not immediately alter geopolitics or economics. But it does something else—it removes a layer of systematic misrepresentation that has been embedded in how the world sees itself.

Geographers have long noted that the Mercator projection serves almost no purpose outside navigation. Mark Monmonier, a geography professor at Syracuse University, put it plainly: "Outside of that very narrow navigation application, there is no point in using it." Yet the map persisted, generation after generation, in classrooms and atlases and media, long after the reason for its existence had become obsolete.

The resolution does not ban the Mercator projection. It does not compel anyone to do anything. It is an endorsement, a recommendation, a statement that the world's governments believe a more accurate representation is worth adopting. What happens next depends on whether schools, publishers, news organizations, and digital platforms choose to listen. The vote was decisive. Whether it translates into actual change in how billions of people see the world remains to be seen.